Engineering-Research-Activity2015｜SHINSHU UNIV.

52/75

Audio technology for future -Realistic 3D sound -OtaniLabTheauditorysystemallowsusnotonlytohearsounds,butalsotocapturespatialinformationincludingsoundimagelocationsinthesurroundings.Thisiswhywecanfigureoutthedirectionfromwhichpeopletalktoyouoravehicleapproaches.Byreproducingsuchspatialinformationinvolvedinthe“sounds”,wecandevelopnextgenerationaudiotechnologysuchashighlyrealistic3Dsoundreproductionandcommunicationthattransmitspeople’spresencethroughthenetwork.Such3Daudioreproductionwouldenableustoparticipateinmusicconcertsorstadiumeventsfromaremotesite,ortocommunicatewithourdistantfamiliesandfriendsasiftheyareinthesamelocation.Althoughwehavemanyproblemstosolvebeforerealizingtrulyrealistic3Daudiotechnology,thestudentsinmylaboratoryaredoingresearcheverydaytoreachthegoal.MatotoOtaniAssociate Professorwas received B.E., M.E., and Dr. Eng. from Kyoto University. His research interests include spatial audio technology and computational acoustic simulation.Numerically simulated sound pressure distribution on the surface of human head. Acoustical effects of head were predicted.Loudspeaker array system installed in an anechoic chamber, a room without any reflected sound from the walls. Studentswillhaveopportunitiestoworkinvariousfieldsincludingelectricindustriesandaudio-relatedcompanies.Audio-relatedhardwareandsoftwareengineeringskillsthataredevelopedthroughresearchactivitiesinmylabcanbeappliedinvariousindustries.ComputerScienc&EngineeringAfter GraduationIn the Future50

※このページを正しく表示するにはFlashPlayer10.2以上が必要です